JP5036022B2 - mobile phone - Google Patents

Description

  The present invention relates to a data delivery system, and more particularly to a system for outputting data using a barcode.

  It has been proposed to transmit information such as addresses and telephone numbers from device to device using wireless communication means.

Patent Document 1 discloses a device that transmits and receives business card information by infrared communication or the like.
JP 2001-229351 A

  However, in the apparatus of Patent Document 1, only data is transmitted and received, and means for processing data after reception needs to be prepared on the receiving apparatus side separately from data transmission and reception.

  Accordingly, an object of the present invention is to provide an apparatus that performs at least one of output and reception for a program that processes data together with data.

  A data delivery system according to the present invention includes a first conversion unit that converts original information having an execution unit in which a program is written into a barcode, and an output device that includes a display unit that displays the converted barcode. A receiving device having an imaging unit that captures a captured barcode, a second conversion unit that converts the captured barcode into original information, and a control unit that executes a program described in an execution unit included in the converted original information With.

  Preferably, the output device and the receiving device are mobile phones.

  Preferably, the program described in the execution unit is composed of ASCII code.

  More preferably, the program described in the execution unit is composed of any one of a machine code composed of binary code converted into ASCII code, a script, and a macro.

  More preferably, the original information is an identification that the receiving device specifies that the program described in the execution unit is any one of a script converted into ASCII code, a script, or a macro. Part.

  Preferably, the program is a process in which the receiving device makes a call based on a telephone number or a mail address designated on the output device.

  Preferably, the program is a process of registering profile data designated in the output device in the telephone directory of the receiving device.

  Preferably, the program is a process in which the receiving device accesses the web page specified in the output device and downloads data.

  Preferably, the receiving device has a recording unit for recording original information.

  An output device according to the present invention includes a conversion unit that converts original information having an execution unit in which a program executable by the reception device is written into a barcode that can be read by the reception device, and a display unit that displays the converted barcode With.

  A receiving apparatus according to the present invention includes an imaging unit that captures a barcode based on original information having an execution unit in which a program is written, a conversion unit that converts the captured barcode into original information, and the converted original information A control unit that executes a program described in the execution unit.

  As described above, according to the present invention, it is possible to provide an apparatus that performs at least one of output and reception for a program that processes data together with data.

  Hereinafter, the present embodiment will be described with reference to the drawings. The delivery system in this embodiment includes an output device 100 and a receiving device 200 (see FIG. 1). In this embodiment, the output device 100 and the receiving device 200 will be described as both mobile phones. The two-dimensional barcode Ba displayed in FIGS. 1 and 3 is used to represent a specific diagram of the two-dimensional barcode, but the contents of the two-dimensional barcode are not related to the present embodiment.

  The output device 100 includes a first operation unit 110, a first recording unit 120, a first conversion unit 130, a first display unit 140, and a first control unit 190 (see FIG. 2).

  The first operation unit 110 is input means such as a numeric keypad for inputting a telephone number or the like. When the user operates the first operation unit 110, original information In to be transmitted to the receiving device 200 is created. The original information In is composed of an ASCII code, an execution unit Pr in which a program for executing a specific process in the reception device 200 is described, and an identification unit Di for specifying the format of the program by the second control unit 290 of the reception device 200. (Refer to the original information display screen in FIG. 3). In the original information display screen of FIG. 3, the contents of the execution part Pr in the script format are expressed between “front Dif” <script> “and rear Dir” </ script> ”(<regist> <name > Yamada Hanako </ name> <ruby> Yamada Hanako </ ruby> <tel> 090-XXXX-YYYY </ tel> <mail> ABCD@ef.co.jp </ mail> <north latitude> 35, 31, 37 , 295 </ north latitude> <east longitude> 139, 38, 47, 150 </ east longitude> </ regist>).

  The program described in the execution unit Pr is configured by either a macro, a script, or a machine language converted into ASCII code. In the present embodiment, a macro is defined as an operation in the receiving apparatus 200 that is converted into a character string so that the operation can be reproduced, and a script is a set of instructions for obtaining an execution result in the receiving apparatus 200 other than the macro. It is defined as a character string. A program for executing a specific process is a profile such as a process of making a call in the receiving apparatus 200 based on a telephone number or mail address specified in the output apparatus 100, a name specified in the output apparatus 100, and a telephone number corresponding to the name. A process executed by the receiving apparatus 200 based on contents specified by the output apparatus 100, such as a process of registering data in the telephone book of the receiving apparatus 200, a process of accessing the web page specified by the output apparatus 100 and downloading data. is there.

  The execution unit Pr in which the program is described may include information such as a facility name corresponding to the content used in the process as a part of the program.

  A specific example of the contents of the execution unit Pr will be described. When the receiving apparatus 200 transmits a telephone number corresponding to the facility name: 03-1234-5678, in the script format, “<name> telephone number of the facility name </ name> <telto> 03-1234-5678 </ telto> ". If information (facility name) corresponding to the content (phone number) used in the process is described in addition to the telephone number to be transmitted, the imaging unit 250 can execute the program based on the execution unit Pr immediately after imaging. After that, when the original information In is read from the second recording unit 220 and the program based on the execution unit Pr is executed, it is possible to easily identify the counterpart corresponding to the content used in the program execution process. Become.

  In the case of the macro format, the contents of the execution part Pr are expressed as “BD0, BD3, BD1, BD2, BD3, BD4, BD5, BD6, BD7, BD8, OH”. BD represents an operation (button down) when a button is pressed and a subsequent character is pressed, and OH represents an operation in an on-hook state. Each operation has a comma (,).

  If the program procedure is simple, it is sufficient to configure the program with macros, but if the procedure is complicated, it is desirable to configure the program with a script or machine language. In the case of machine language, it is possible to execute a complicated procedure, but it is highly dependent on the model, and it is necessary to prepare a machine language corresponding to the model of the receiving apparatus 200. In the case of scripts, it is possible to eliminate the dependence on models by establishing a standard and to simplify production, but it is necessary to develop a script analysis program (script translation tool) to be implemented in the receiving apparatus 200 based on the standard. is there. In the case of a macro, since the operation of keys such as BD and OH is assigned, the number of man-hours for mounting is small. However, since the key operation procedure differs for each receiving device 200, it is highly dependent on the model.

  The program described in the execution unit Pr is created by the first control unit 190. Content such as the type to be processed by the program and the telephone number used in the processing is specified by the user operating the first operation unit 110. The first control unit 190 creates a program corresponding to the type of processing and content specified by the operation of the first operation unit 110. When the first control unit 190 creates a program written in the machine language program format, the execution unit Pr is created in a state where the binary code machine language is converted into ASCII code.

  Content such as a telephone number used in the processing of the program may be created by operating the first operation unit 110 and inputting information in a text format. An item to be used may be input (selected) based on information recorded in the output device 100 such as one recording unit 120, and information corresponding to the required item may be converted into text format data (see FIG. 3 input screen and item confirmation screen).

  The identification unit Di includes a front part Dif that is described before the execution unit Pr and specifies the format of the program, and a rear part Dir that is described after the execution unit Pr and specifies that the description of the program has been completed (the original part of FIG. 3). Refer to the information display screen). In the present embodiment, when the program described in the execution part Pr is a macro, “<macro>” is described in the front part Dif and “</ macro>” is described in the rear part Dir. When the program described in the execution unit Pr is a script, “<script>” is described in the front part Dif, and “</ script>” is described in the rear part Dir. When the program described in the execution part Pr is a machine language, “<machine>” is described in the front part Dif, and “</ machine>” is described in the rear part Dir.

  The first recording unit 120 records content (such as a telephone number) corresponding to the name or facility name as a profile. The first conversion unit 130 converts the original information In into a two-dimensional barcode Ba. The first display unit 140 includes an input screen (see the input screen in FIG. 3) for inputting items necessary as the source information In from the type of processing in the program and the profile, and an input item confirmation screen (the item confirmation screen in FIG. 3) Reference), a confirmation screen for the original information In transmitted to the receiving apparatus 200 (see the original information display screen in FIG. 3), and a two-dimensional barcode Ba are displayed. The first control unit 190 is an arithmetic processing unit such as a CPU or DSP that controls each unit.

  The receiving apparatus 200 includes a second operation unit 210, a second recording unit 220, a second conversion unit 230, a second display unit 240, an imaging unit 250, and a second control unit 290.

  The imaging unit 250 images the two-dimensional barcode Ba displayed on the first display unit 140 of the output device 100. The two-dimensional barcode Ba obtained by imaging is converted into original information In by the second conversion unit 230. The second operation unit 210 is an input means such as a numeric keypad for inputting a telephone number or the like, and is used for an operation for instructing operation of each unit by a user. The second recording unit 220 records the converted original information In. The script translation tool used to execute the program described in the script program format is installed in the second recording unit 220. The second display unit 240 displays a confirmation screen for the original information In converted from the two-dimensional barcode (see the profile confirmation screen in FIG. 3).

  The second control unit 290 is an arithmetic processing unit such as a CPU or a DSP that controls each unit, and in particular, determines the program format and the area of the execution unit Pr by the identification unit Di of the original information In, and executes the original information In. The program described in the part Pr is read and executed. When executing the program described in the machine language program format, the second control unit 290 converts the program of the execution unit Pr converted into the ASCII code into a machine language composed of binary codes.

  The flow until the original information In is created in the output device 100 and the two-dimensional barcode Ba is displayed on the first display unit 140 will be described with reference to the flowchart of FIG. Further, a flow from imaging the two-dimensional barcode Ba displayed on the first display unit 140 to executing the program by the receiving device 200 based on the original information In will be described with reference to the flowchart of FIG. In the flowcharts of FIGS. 4 and 5, as an example, the name of a person whose profile is registered in the output device 100: Hanako Yamada, Furigana: Yamada Hanako, Phone number: 090-XXXX-YYYY, Address: ** City ** Ward * * Town, E-mail address (1): ABCD @ ef. co. jp, E-mail address (2): HIJK @ lm. ne. jp, latitude: North latitude 35 degrees 31 minutes 37 seconds 295, longitude: 139 degrees 38 minutes 47 seconds 150 east longitude, profile, name, phone number, E-mail address (1), latitude, longitude A mode in which information is sent to the receiving apparatus 200 and registered in the telephone directory of the receiving apparatus 200 will be described (see FIGS. 3 to 5).

  In step S11, the contents constituting the original information In transmitted by the user are input (see FIG. 4). Specifically, the type of program processing, the content used in the program processing, and the program format are input. In the present embodiment, a description will be given on the assumption that a program of a type that registers specified content (such as a name and a telephone number) in the telephone book of the receiving apparatus 200 is selected. When the type of program processing is selected, a profile corresponding to the name or facility name is displayed on the first display unit 140, and transmitted as content constituting the original information In using the first operation unit 110 therein. The item to be input is input (selected) by the user. In this embodiment, a name, reading, phone number, E-mail address (1), latitude, and longitude are selected as items to be registered in the phone book, and a “registration” mark is displayed on the profile screen for these items. The Also, an address and an E-mail address (2) are selected as items that are not registered in the telephone book, and “non-registered” marks are displayed on these items on the profile screen (see the input screen in FIG. 3). In the present embodiment, a script is selected as the program format.

  In step S11, in the case of program processing that needs to create a different program for each model of the receiving device 200, the model name of the receiving device 200 is also input by the user. In this embodiment, it is not necessary to input the model name of the receiving device 200. Further, for example, in the case of a process configured only by common key operations, such as a program process for transmitting a designated telephone number in the receiving apparatus 200, it is not necessary to specify the model name of the receiving apparatus 200.

  In step S12, the execution part Pr described in the original information In is created based on the content input in step S11. When a machine language is selected as the program format, a machine language composed of binary code is created and then converted into ASCII code to create the execution unit Pr. Before creating the execution unit Pr, a program creation item creation screen (see the item confirmation screen in FIG. 3) for confirming the input content is displayed on the first display unit 140. In step S13, the identification part Di is created, the front part Dif is added before the execution part Pr, the rear part Dir is added after the execution part Pr, and the original information In is created.

  In step S14, the first conversion unit 130 converts the original information In into a two-dimensional barcode Ba. In step S15, the two-dimensional barcode Ba is displayed on the first display unit 140 (see the two-dimensional barcode display screen in FIG. 3).

  In step S31, the imaging unit 250 of the receiving apparatus 200 images the two-dimensional barcode Ba displayed on the first display unit 140 (see FIG. 5). In step S <b> 32, the second conversion unit 230 converts the two-dimensional barcode Ba into original information In composed of ASCII codes. The converted original information In is recorded in the second recording unit 220. In step S33, the identification unit Di included in the original information In is read. The front part Dif is used to specify the program format, and the rear part Dir is used to specify the area in which the program is written.

  In step S34, it is determined whether or not the program format is a machine language based on the read contents of the identification unit Di. If it is a machine language, in step S35, the second control unit 290 converts the program of the execution unit Pr included in the original information In composed of ASCII code into a binary code. In step S36, the program converted into binary code is executed. If it is not a machine language, the process proceeds to step S37.

  In step S37, it is determined whether or not the format of the program is a script based on the read contents of the identification unit Di. If it is a script, the program of the execution unit Pr included in the original information In composed of ASCII code is executed on the script translation tool in step S38. If it is not a script, the process proceeds to step S39.

  In step S39, it is determined whether or not the format of the program is a macro based on the read contents of the identification unit Di. If it is a macro, in step S40, a macro that is a program of the execution unit Pr included in the original information In composed of ASCII code is executed. If it is not a macro, the original information In is displayed on the second display unit 240 in step S41.

  By executing the program of the execution unit Pr in any one of steps S36, S38, and S40, name: Hanako Yamada, reading: Yamada Hanako, phone number: 090-XXXX-YYYY, E-mail address: ABCD @ ef. co. The items of jp, latitude: north latitude 35 degrees 31 minutes 37 seconds 295, and longitude: east longitude 139 degrees 38 minutes 47 seconds 150 are registered in the telephone directory of the receiving apparatus 200 (see the profile confirmation screen in FIG. 3).

  Before the program of the execution unit Pr is executed in any of steps S36, S38, and S40, a screen display for selecting whether or not to execute the program may be displayed on the second display unit 240 (not shown). ). If it can be executed, the program of the execution unit Pr is executed in any of steps S36, S38, and S40. If not, exit without executing the program.

  In step S32, since the original information In is recorded in the second recording unit 220, when the program is executed using the recorded original information In, it is not necessary to perform the operations in steps S31 and S32 again, and the recording is performed. After the read original information In is read from the second recording unit 220, it is possible to proceed with the procedure after step S33.

  By executing the program included in the execution unit Pr of the original information In, the receiving device 200 can perform a specific process based on content such as a telephone number that the output device 100 has. Since the program for processing the content together with the content such as the telephone number can be received from the output of the output device 100 through the two-dimensional barcode Ba, the receiving device 200 provides an environment in which a program such as a macro can be executed. It is not necessary to install the program beforehand.

  In addition, for data transfer to the receiving device 200, a means for sending the original information In using IrDA or Bluetooth may be considered. However, it is necessary to unify the communication protocol between the output device 100 and the receiving device 200, and the communication carriers are different. In some cases, this may not be possible. In addition, in the case of means for transmitting using a telephone line and e-mail or the like, there is a problem that communication cost is high. This embodiment can be implemented even when the telecommunications carriers are different, and does not incur communication costs.

  In addition, it is necessary to maintain a distance of several centimeters between the first display unit 140 of the output device 100 and the imaging unit 250 of the reception device 200, and there is little possibility that information is intercepted by a third party.

  In the present embodiment, the barcode is described as being a two-dimensional barcode, but other barcode formats may be used as long as the content of the original information In has a capacity that allows the barcode to be converted.

It is a block diagram of the output device and receiving device in this embodiment. It is a block diagram of an output device and a receiving device. It is a figure which shows the content displayed on a 1st display part and a 2nd display part. It is a flowchart which shows the flow which displays a two-dimensional barcode with an output device. It is a flowchart which shows the flow which performs a program with a receiver.

Explanation of symbols

DESCRIPTION OF SYMBOLS 100 Output device 110 1st operation part 120 1st recording part 130 1st conversion part 140 1st display part 190 1st control part 200 Receiving device 210 2nd operation part 220 2nd recording part 230 2nd conversion part 240 2nd display Unit 250 imaging unit 290 second control unit Di identification unit Dif, Dir front part, rear part In original information Pr execution unit

Claims (10)

A first conversion unit that converts original information having an execution unit in which the program is written into a barcode, a display unit that displays the converted barcode, a type of processing for executing the program, and a process used for the program A first control for creating the original information based on an operation unit used to determine content to be processed, a type of processing for executing the program, content used in processing of the program, and a format of the program An output device having a section;
An imaging unit that images the displayed barcode, a second conversion unit that converts the captured barcode into the original information, and a program that executes a program described in the execution unit included in the converted original information And a receiving device having two control units ,
When it is necessary to create a different program for each model of the receiving device, the first control unit uses information related to the model of the receiving device, the type of processing for executing the program, and processing of the program A data delivery system , wherein the original information is created based on content and a format of the program . The output device and the receiving device are mobile phones,
Information recorded in the output device is used as content used in the processing of the program,
The data receiving system according to claim 1, wherein the receiving device records the content.   The data delivery system according to claim 1, wherein the program written in the execution unit is composed of ASCII code.   4. The data transfer according to claim 3, wherein the program described in the execution unit is configured by any one of a machine code composed of binary code converted into ASCII code, a script, and a macro. system. The original information is specified by the receiving device that the program described in the execution unit is any one of the script or the macro obtained by converting the machine language composed of the binary code into the ASCII code. The data delivery system according to claim 4, further comprising an identification unit that performs the identification.   2. The data delivery system according to claim 1, wherein the program is a process in which the receiving device makes a call based on a telephone number or an e-mail address designated in the output device.   The data transfer system according to claim 1, wherein the program is a process of registering profile data designated in the output device in a telephone directory of the receiving device.   The data transfer system according to claim 1, wherein the program is a process in which the receiving device accesses and downloads data to a web page specified in the output device. The receiving apparatus has a recording unit in which a script translation tool used to execute a program described in a script program format is installed and records the original information;
The output device and the receiving device are mobile phones,
The program described in the execution unit is configured by any of a machine language configured by binary code converted into ASCII code, a script configured by ASCII code, and a macro configured by ASCII code,
The original information includes a program written in the execution unit, a machine language composed of the binary code converted into ASCII code, a script composed of the ASCII code, and a macro composed of the ASCII code. An identification unit that identifies the receiving device to be any one of
The second control unit uses the identification unit, and the program written in the execution unit is a machine code composed of the binary code converted into ASCII code, or a script composed of the ASCII code. , To determine which one of the macros is composed of the ASCII code,
When the second control unit determines in the determination that the machine language composed of the binary code is converted into the ASCII code, the second control unit converts the ASCII code into the binary code, and the binary code Run the program converted to code,
In the determination, if the second control unit determines that the script is composed of the ASCII code, the second control unit converts the ASCII code into the binary code, and converts the program converted into the binary code into the script. Run on a translation tool,
If the second control unit determines in the determination that the macro is composed of the ASCII code, the second control unit converts the ASCII code into the binary code, and is a macro that is a program converted into the binary code. The data delivery system according to claim 1, wherein: A conversion unit that converts original information having an execution unit in which a program executable by the reception device is described into a barcode that can be read by the reception device, a display unit that displays the converted barcode, and the execution of the program Based on the operation unit used for determining the type of processing to be performed and the content used in the processing of the program, the type of processing for executing the program, the content used in the processing of the program, and the format of the program And a control unit for creating the original information,
When it is necessary to create a different program for each model of the receiving device, the control unit includes information on the model of the receiving device, a type of processing for executing the program, content used in processing of the program, and based on the format of the program, the output device for data transfer characterized in that to create the original information.

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